• Military-Grade EMP Protection: Shields against damaging effects of a high-altitude electromagnetic pulse (HEMP/EMP), coronal mass ejection (CME), solar flare, and radio frequency signal intrusions.
• Advanced Shielding Materials: Constructed from multiple layers of TitanRF Faraday Fabric and TitanRF Faraday Tape for superior isolation. These materials are lab tested and certified to shielding effectiveness standards MIL STD 188-125 and IEEE 299-2006 for superior isolation. These materials are lab certified to IEEE 299-2006 and MIL-STD-188-125 standards.
• Broad Spectrum Blocking: Effectively blocks WiFi (2.4 & 5GHz), Bluetooth, cell signals (including 5G), GPS, RFID, NFC, and radio signals from low MHz to 40GHz.
• Made in the USA: Proudly designed and manufactured in the United States, ensuring high-quality construction.
• Lightweight, Durable Frame: Features a robust carbon fiber frame with aluminum connectors for easy assembly and stable structure.
• Adjustable Velcro Tension Straps: Precise cover tightness and positioning within the frame.
• Cybertruck-Compatible: Specially sized to accommodate the Tesla Cybertruck, with ample space for large vehicles and electronics.
• Versatile Protection: Ideal for safeguarding vehicles and large electronic equipment from EMP events or protecting them from electronic surveillance.
• Easy to Use: Simple setup and takedown process, making it convenient for immediate use. Effective door seal allows frequent opening and closing.
• Maintenance-Free Peace of Mind: Requires no ongoing upkeep beyond proper storage, offering a worry-free solution to electromagnetic interference and EMP disturbance.
• Empowering Preparedness: An essential component for comprehensive doomsday/vehicle preparedness plans.
• SKU: MDFT-CCCOVER
• Large Dimensions: 7’6″ H x 9′ W x 21′ L

Safety:

The cover is constructed with TitanRF Faraday Fabric and Tape, which includes metals such as copper and nickel. As such, they are conductive and also flammable. Keep these items away from outlets, plugs, cables, and any sources of electricity to reduce the chance of fire.

DO NOT IDLE VEHICLE ENGINE WHILE INSIDE THE COVER! Only allow the vehicle to be turned on briefly as you slowly and carefully drive it inside or outside the cover. Make sure the opening is fully expanded to allow ventilation and unobstructed access during that period.

Customization Capabilities:

The CYBERCYLENT EMP Faraday Car Cover can be customized to meet your specific needs. We can adjust the dimensions to suit your space and vehicle requirements or incorporate shielded filters and power connections with EMP surge arresters for internal connectivity. Please note that customized orders may require additional lead time. To explore customization capabilities, contact us to discuss the details and requirements of your project.

Installation Advisory:

Special precautions should be taken when installing and using the CYBERCYLENT EMP Faraday Car Cover. We do not recommend frequently moving or reassembling the cover, to reduce the chance of the delicate material becoming tarnished or ripped. The expectation is that the cover will remain set up in a dry indoor space.

Multiple people may be required for assembly to properly build the frame structure and securely install the cover. Protective gloves should be worn when handling the fabric.

Test the door seal multiple times, adjusting tension straps as needed for an even and secure closure.

The floor mats must be installed before usage to prevent vehicle tires or movement from ripping the fabric.

Applications:

The CYBERCYLENT EMP Faraday Car Cover is a versatile tool essential for various sectors. Its primary application is a fully enclosed vehicle cover used to provide an effective defense against radio frequency signal intrusions and EMP disturbances. It’s also used for vehicle forensics, ensuring the vehicle can’t be remotely accessed, tampered, located, or surveilled.

Mission Darkness offers a variety of similar-style faraday tents or RF/EMI shielding portable rooms for related applications. Faraday tents designed for digital forensics purposes ensure RF signal isolation for the secure examination of electronic devices. This particular tent construction and shielding capability is also critical for hardware, software, and EMI testing, providing an interference-free environment to accurately assess electronic systems. In the aerospace industry, faraday tents facilitate the development and testing of sensitive equipment, free from RF interference. Additionally, its portability and robust shielding make it invaluable in military applications for secure communications and electronic countermeasures. Faraday tents are a vital asset in any field where controlled and secure environments are crucial.